This chapter aims to present the theoretical foundations on which a vehicle is to be conceived and constructed, given the dynamic performance to be attained. The fundamental vehicle construction paradigms are presented and commented. Apparently simple questions are addressed like why cars have four wheels at the four corners of the body or why suspension systems are basically composed by a spring nearby the ground (pneumatic tire) plus a spring and a damper between the wheel and the body. Other basic questions refer to the construction principles of pneumatic tires, active safety, and powertrain/driveline architecture. In order to deal with such fundamental issues, theoretical investigations have been performed; some of the presente...
This thesis covers the theoretical solution of the compressed air powered vehicle. The first section...
Road security has become with time a topic of concern in our society as per the increasing number of...
The objective of this chapter is to briefly explain some of the basic principles of fluid mechanics ...
This chapter aims to present the theoretical foundations on which a vehicle is to be conceived and ...
The paper deals with some fundamental issues referring to the conceptual design of road vehicles. T...
The body of a vehicle is a very complex structure. Usually, it consists of thin-walled beams, charac...
The paper deals with both unreferenced and fundamental issues referring to passive suspensions of ro...
Designing a successful car today cannot be done by focusing on one specific area. It is a complex pr...
This intermediate textbook is appropriate for students in vehicle dynamics courses, in their last ye...
In the present scenario, the automotive industry has been one of the rapid growing industries and is...
This chapter provides a basic insight into the two-wheeled vehicle dynamics to be applied to vehicle...
There is a typical requirement conflict between fuel consumption and noise and vibrations in passeng...
The authors examine in detail the fundamentals and mathematical descriptions of the dynamics of auto...
The existing tire models are basically of three kinds: essentially empirical (“magic formulas”), or ...
This compendium is intended for first-time-studies studies of vehicle dynamics. At Chalmers Universi...
This thesis covers the theoretical solution of the compressed air powered vehicle. The first section...
Road security has become with time a topic of concern in our society as per the increasing number of...
The objective of this chapter is to briefly explain some of the basic principles of fluid mechanics ...
This chapter aims to present the theoretical foundations on which a vehicle is to be conceived and ...
The paper deals with some fundamental issues referring to the conceptual design of road vehicles. T...
The body of a vehicle is a very complex structure. Usually, it consists of thin-walled beams, charac...
The paper deals with both unreferenced and fundamental issues referring to passive suspensions of ro...
Designing a successful car today cannot be done by focusing on one specific area. It is a complex pr...
This intermediate textbook is appropriate for students in vehicle dynamics courses, in their last ye...
In the present scenario, the automotive industry has been one of the rapid growing industries and is...
This chapter provides a basic insight into the two-wheeled vehicle dynamics to be applied to vehicle...
There is a typical requirement conflict between fuel consumption and noise and vibrations in passeng...
The authors examine in detail the fundamentals and mathematical descriptions of the dynamics of auto...
The existing tire models are basically of three kinds: essentially empirical (“magic formulas”), or ...
This compendium is intended for first-time-studies studies of vehicle dynamics. At Chalmers Universi...
This thesis covers the theoretical solution of the compressed air powered vehicle. The first section...
Road security has become with time a topic of concern in our society as per the increasing number of...
The objective of this chapter is to briefly explain some of the basic principles of fluid mechanics ...